CN201637315U - Heat absorbing and releasing device with double-scroll pipelines for temperature-difference flow - Google Patents

Heat absorbing and releasing device with double-scroll pipelines for temperature-difference flow Download PDF

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Publication number
CN201637315U
CN201637315U CN200920173965.5U CN200920173965U CN201637315U CN 201637315 U CN201637315 U CN 201637315U CN 200920173965 U CN200920173965 U CN 200920173965U CN 201637315 U CN201637315 U CN 201637315U
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China
Prior art keywords
fluid
heat release
heat
fluid circuit
heat absorption
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Expired - Fee Related
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CN200920173965.5U
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Chinese (zh)
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杨泰和
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Individual
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Individual
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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
    • F24D15/00—Other domestic- or space-heating systems
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F28—HEAT EXCHANGE IN GENERAL
    • F28D—HEAT-EXCHANGE APPARATUS, NOT PROVIDED FOR IN ANOTHER SUBCLASS, IN WHICH THE HEAT-EXCHANGE MEDIA DO NOT COME INTO DIRECT CONTACT
    • F28D7/00—Heat-exchange apparatus having stationary tubular conduit assemblies for both heat-exchange media, the media being in contact with different sides of a conduit wall
    • F28D7/0008—Heat-exchange apparatus having stationary tubular conduit assemblies for both heat-exchange media, the media being in contact with different sides of a conduit wall the conduits for one medium being in heat conductive contact with the conduits for the other medium
    • F28D7/0016—Heat-exchange apparatus having stationary tubular conduit assemblies for both heat-exchange media, the media being in contact with different sides of a conduit wall the conduits for one medium being in heat conductive contact with the conduits for the other medium the conduits for one medium or the conduits for both media being bent
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
    • F24D3/00—Hot-water central heating systems
    • F24D3/10—Feed-line arrangements, e.g. providing for heat-accumulator tanks, expansion tanks ; Hydraulic components of a central heating system
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24H—FLUID HEATERS, e.g. WATER OR AIR HEATERS, HAVING HEAT-GENERATING MEANS, e.g. HEAT PUMPS, IN GENERAL
    • F24H9/00—Details
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F28—HEAT EXCHANGE IN GENERAL
    • F28D—HEAT-EXCHANGE APPARATUS, NOT PROVIDED FOR IN ANOTHER SUBCLASS, IN WHICH THE HEAT-EXCHANGE MEDIA DO NOT COME INTO DIRECT CONTACT
    • F28D1/00—Heat-exchange apparatus having stationary conduit assemblies for one heat-exchange medium only, the media being in contact with different sides of the conduit wall, in which the other heat-exchange medium is a large body of fluid, e.g. domestic or motor car radiators
    • F28D1/02—Heat-exchange apparatus having stationary conduit assemblies for one heat-exchange medium only, the media being in contact with different sides of the conduit wall, in which the other heat-exchange medium is a large body of fluid, e.g. domestic or motor car radiators with heat-exchange conduits immersed in the body of fluid
    • F28D1/04—Heat-exchange apparatus having stationary conduit assemblies for one heat-exchange medium only, the media being in contact with different sides of the conduit wall, in which the other heat-exchange medium is a large body of fluid, e.g. domestic or motor car radiators with heat-exchange conduits immersed in the body of fluid with tubular conduits
    • F28D1/047—Heat-exchange apparatus having stationary conduit assemblies for one heat-exchange medium only, the media being in contact with different sides of the conduit wall, in which the other heat-exchange medium is a large body of fluid, e.g. domestic or motor car radiators with heat-exchange conduits immersed in the body of fluid with tubular conduits the conduits being bent, e.g. in a serpentine or zig-zag
    • F28D1/0472—Heat-exchange apparatus having stationary conduit assemblies for one heat-exchange medium only, the media being in contact with different sides of the conduit wall, in which the other heat-exchange medium is a large body of fluid, e.g. domestic or motor car radiators with heat-exchange conduits immersed in the body of fluid with tubular conduits the conduits being bent, e.g. in a serpentine or zig-zag the conduits being helically or spirally coiled
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F28—HEAT EXCHANGE IN GENERAL
    • F28D—HEAT-EXCHANGE APPARATUS, NOT PROVIDED FOR IN ANOTHER SUBCLASS, IN WHICH THE HEAT-EXCHANGE MEDIA DO NOT COME INTO DIRECT CONTACT
    • F28D7/00—Heat-exchange apparatus having stationary tubular conduit assemblies for both heat-exchange media, the media being in contact with different sides of a conduit wall
    • F28D7/04—Heat-exchange apparatus having stationary tubular conduit assemblies for both heat-exchange media, the media being in contact with different sides of a conduit wall the conduits being spirally coiled
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F28—HEAT EXCHANGE IN GENERAL
    • F28F—DETAILS OF HEAT-EXCHANGE AND HEAT-TRANSFER APPARATUS, OF GENERAL APPLICATION
    • F28F1/00—Tubular elements; Assemblies of tubular elements
    • F28F1/10—Tubular elements and assemblies thereof with means for increasing heat-transfer area, e.g. with fins, with projections, with recesses
    • F28F1/12—Tubular elements and assemblies thereof with means for increasing heat-transfer area, e.g. with fins, with projections, with recesses the means being only outside the tubular element
    • F28F1/24—Tubular elements and assemblies thereof with means for increasing heat-transfer area, e.g. with fins, with projections, with recesses the means being only outside the tubular element and extending transversely
    • F28F1/30—Tubular elements and assemblies thereof with means for increasing heat-transfer area, e.g. with fins, with projections, with recesses the means being only outside the tubular element and extending transversely the means being attachable to the element
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F28—HEAT EXCHANGE IN GENERAL
    • F28F—DETAILS OF HEAT-EXCHANGE AND HEAT-TRANSFER APPARATUS, OF GENERAL APPLICATION
    • F28F1/00—Tubular elements; Assemblies of tubular elements
    • F28F1/10—Tubular elements and assemblies thereof with means for increasing heat-transfer area, e.g. with fins, with projections, with recesses
    • F28F1/12—Tubular elements and assemblies thereof with means for increasing heat-transfer area, e.g. with fins, with projections, with recesses the means being only outside the tubular element
    • F28F1/24—Tubular elements and assemblies thereof with means for increasing heat-transfer area, e.g. with fins, with projections, with recesses the means being only outside the tubular element and extending transversely
    • F28F1/32—Tubular elements and assemblies thereof with means for increasing heat-transfer area, e.g. with fins, with projections, with recesses the means being only outside the tubular element and extending transversely the means having portions engaging further tubular elements
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F28—HEAT EXCHANGE IN GENERAL
    • F28F—DETAILS OF HEAT-EXCHANGE AND HEAT-TRANSFER APPARATUS, OF GENERAL APPLICATION
    • F28F1/00—Tubular elements; Assemblies of tubular elements
    • F28F1/10—Tubular elements and assemblies thereof with means for increasing heat-transfer area, e.g. with fins, with projections, with recesses
    • F28F1/12—Tubular elements and assemblies thereof with means for increasing heat-transfer area, e.g. with fins, with projections, with recesses the means being only outside the tubular element
    • F28F1/24—Tubular elements and assemblies thereof with means for increasing heat-transfer area, e.g. with fins, with projections, with recesses the means being only outside the tubular element and extending transversely
    • F28F1/32—Tubular elements and assemblies thereof with means for increasing heat-transfer area, e.g. with fins, with projections, with recesses the means being only outside the tubular element and extending transversely the means having portions engaging further tubular elements
    • F28F1/325—Fins with openings
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F28—HEAT EXCHANGE IN GENERAL
    • F28F—DETAILS OF HEAT-EXCHANGE AND HEAT-TRANSFER APPARATUS, OF GENERAL APPLICATION
    • F28F13/00—Arrangements for modifying heat-transfer, e.g. increasing, decreasing
    • F28F13/06—Arrangements for modifying heat-transfer, e.g. increasing, decreasing by affecting the pattern of flow of the heat-exchange media
    • F28F13/10—Arrangements for modifying heat-transfer, e.g. increasing, decreasing by affecting the pattern of flow of the heat-exchange media by imparting a pulsating motion to the flow, e.g. by sonic vibration
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F28—HEAT EXCHANGE IN GENERAL
    • F28F—DETAILS OF HEAT-EXCHANGE AND HEAT-TRANSFER APPARATUS, OF GENERAL APPLICATION
    • F28F2210/00—Heat exchange conduits
    • F28F2210/10—Particular layout, e.g. for uniform temperature distribution
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F28—HEAT EXCHANGE IN GENERAL
    • F28F—DETAILS OF HEAT-EXCHANGE AND HEAT-TRANSFER APPARATUS, OF GENERAL APPLICATION
    • F28F2250/00—Arrangements for modifying the flow of the heat exchange media, e.g. flow guiding means; Particular flow patterns
    • F28F2250/08—Fluid driving means, e.g. pumps, fans

Abstract

The utility model discloses a heat absorbing and releasing device with double-scroll pipelines for different-temperature flow, which is formed by arranging one or more flow pipelines which are serially or parallelly connected in parallel or approximately in parallel; and all pipelines are respectively specifically formed by arranging one or more double-scrolls for conveying heat-conducting flow, and form a flow passage with uniform distribution according to temperature difference by the double-scroll flow pipelines.

Description

The temperature difference fluids that is two scrollwork pipelines is inhaled the heat release device
Technical field
The utility model is inhaled the heat release device about a kind of temperature difference fluids that is two scrollwork pipelines, constituted by being the parallel or approximate fluid circuit that is serial or parallel connection more than a road or a tunnel that be arranged in parallel, each pipeline also specificly is one or more pair of scrollwork arranged distribution, the gaseous fluid that is the temperature difference for conveying, or fluid liquid, or by the liquid fluid of gaseous state commentaries on classics, or by liquid state change gaseous state fluid constituted leads warm fluid, and borrow the fluid circuit formation that is two scrollworks to be according to the uniform fluid flowing path of the temperature difference, make fluid be reverse flow by adjacent arrangement pipeline, passive object or the space of accepting heat release or heat absorption produced heat absorption or heat release function, so that passive object or the space of accepting heat release or heat absorption forms average temperature distribution state.
Background technology
Tradition borrow lead warm fluid by heat absorption or heat release body gaseous fluid fluid liquid or by gaseous state change liquid fluid or by liquid state change gaseous state fluid constituted leads warm fluid, to produce the application apparatus of heat absorption or heat release, as the engine cooling water case or by means of the cold energy tapping equipment of leading warm fluid heat absorption, or by means of the heat energy tapping equipment of leading warm fluid heat release, as warm tool or heater or heat energy transmitting device, because of its flow direction of leading warm fluid is fixed, therefore lead warm fluid variant position on heat absorption or heat release body and form bigger temperature difference drop.
Figure 1 shows that the gaseous fluid of tradition by means of heat absorption or heat release, or fluid liquid, or by the liquid fluid of gaseous state commentaries on classics, or by liquid state change gaseous state fluid constituted leads warm fluid, by constant current to lead the heat absorption that warm fluid constitutes or the primary structure schematic diagram of heat release device, as shown in Figure 1, for tradition borrow to carry fixed flow to gaseous fluid, or fluid liquid, or by liquid state commentaries on classics gaseous state, or change the liquid warm fluid 110 of leading by gaseous state, can transmit heat absorption or the heat release assembly of devices that body 100 is constituted by first fluid pipeline 101 with combination heat absorption or heat release temperature, for 1) by by the warm fluid 110 of leading of first fluid pipeline 101, can transmit through heat absorption or heat release temperature that 100 pairs of bodies are passive accepts the solid-state of heat release or heat absorption, or colloidal state, or it is liquid, or the function of refrigeration or heating is made in gaseous substance or space 200; Or 2) by oppositely accepting to transmit body 100 cold energy or heat energy on every side, do the effect of refrigeration or pyrogenicity from heat absorption or heat release temperature by the warm fluid 110 of leading of first fluid pipeline 101; Aforesaid 1) common being applied to as the engine cooling water case or by means of the cold energy tapping equipment of leading warm fluid 110 heat absorptions or by means of the heat energy tapping equipment of leading warm fluid 110 heat releases, as warm tool or heater or evaporimeter or condenser or cold energy or heat energy transmitting device, the latter 2) common cold energy or the heat energy transmitting device of being applied to; When 1) when using, leading warm fluid 110 can transmit one side side of body 100 by heat absorption or heat release temperature the inlet input of fluid circuit 101 leads warm fluid 110 and is exported by the other end, lead warm fluid 110 and leading between the warm fluid 110 that fluid circuit 101 exports by what heat absorption or heat release temperature can be transmitted body 100 fluid circuits 101 inlet, form bigger temperature difference, same 2) when using, can be at the inlet of fluid circuit 101 and fluid circuit 101 go out the bigger temperature difference of interruption-forming.
Figure 2 shows that the temperature difference distribution map in running when device shown in Figure 1 is made heat absorption cold energy tapping equipment function; Shown in Fig. 2 for tradition shown in Figure 1 utilization carry constant current to lead in the discharging heat energy running of warm fluid 110 as heat release, be single current to stream lay, and when leading warm fluid 110 by fluid circuit 101, can transmit warm fluid 110 inlets of leading of body 100 and lead between warm fluid 110 outlets distribution of the big temperature difference of formation in heat absorption or heat release temperature.
Temperature difference distribution map when Figure 3 shows that device shown in Figure 1 in the running as heat release heat energy tapping equipment function; Figure 3 shows that tradition shown in Figure 1 utilization carry single current to lead warm fluid 110, in the discharging cold energy running as heat absorption, be single current to stream distribute, and when leading warm fluid 110 by first fluid pipeline 101, can transmit warm fluid 110 inlets of leading of body 100 and lead between warm fluid 110 outlets distribution of the big temperature difference of formation in heat absorption or heat release temperature.
The utility model content
At above-mentioned phenomenon, the utility model is borrowed for initiative is a kind of by leading warm fluid and is made the device of heat absorption or heat release body, arrange to make various flows according to the temperature difference and be two scrollwork pipelines to the pipeline of carrying temperature difference fluids by flowing through, with to passive object or the space of accepting heat release or heat absorption, produce heat absorption or heat release function, form average temperature distribution state in heat absorption or heat release body so that lead warm fluid.
The temperature difference fluids that is two scrollwork pipelines in the utility model is inhaled the heat release device, is constituted by being the parallel or approximate fluid circuit that is serial or parallel connection more than a road or a tunnel that be arranged in parallel, and each fluid circuit is one or more pair of scrollwork arranged distribution; Its primary structure contains:
Heat absorption or heat release temperature can be transmitted body: by being made of solid-state or colloidal state or liquid or gaseous state Heat Conduction Material, above-mentioned heat absorption or heat release temperature can be transmitted body and can be one or more and constitute;
Fluid circuit: by being constituted with good heat conducting material, fluid circuit is for being parallel or approximately parallel pair of scrollwork pipeline structure, and being arranged as with the tool temperature difference and being that various flows is two scrollwork pipeline structures from an adjacent tubes to the pipeline of carrying temperature difference fluids; It is characterized in that the pipeline outer ring that is two scrollworks distributions is that pipeline is exported into distolateral, is provided with fluid intake and fluid issuing, and the fluid circuit at nearly scroll center is the pipeline steering structure of reverse turning as transmitting fluid;
Above-mentioned fluid circuit is constituted by being serial or parallel connection more than one the road or one the tunnel, and each pipeline is one or more pair of scrollwork arranged distribution;
Above-mentioned fluid circuit is included as and is that parallel or approximately parallel flat shape or three-dimensional shape are laid in heat absorption or the heat release temperature can be transmitted body.
Described heat absorption or heat release temperature can be transmitted body and fluid circuit and can be following one or more structural relation and constitute:
1) can transmit the structure that body and fluid circuit be combination by heat absorption or heat release temperature is constituted;
2) can transmit the structure that body and fluid circuit be one by heat absorption or heat release temperature is constituted;
3) directly constitute heat absorption by fluid circuit or the heat release temperature can be transmitted the function of body;
4) fluid circuit add and adjacent tubes between disjunctly independently lead warm sheet, constitute the function that heat absorption or heat release temperature can be transmitted body;
5) between the adjacent fluid pipeline, be connected, constitute the function that heat absorption or heat release temperature can be transmitted body to lead warm sheet jointly;
6) the warm sheet of leading with tool thermal insulation slotted eye is connected between the adjacent fluid pipeline, constitutes the function that heat absorption or heat release temperature can be transmitted body.
Described heat absorption or heat release temperature can be transmitted body: by being made of solid-state or colloidal state or liquid or gaseous state Heat Conduction Material, above-mentioned heat absorption or heat release temperature can be transmitted body and can be one or more and constitute;
Described fluid circuit: by being constituted with good heat conducting material, fluid circuit is for being parallel or approximately parallel pair of scrollwork pipeline structure, and being arranged as with the tool temperature difference and being that various flows is two scrollwork pipeline structures from an adjacent tubes to the pipeline of carrying temperature difference fluids;
It is the pipeline steering structure that described fluid circuit is the pipeline outer ring that two scrollworks distribute, and the fluid circuit at nearly scroll center is output that reverse turning is provided as the pipeline of transmitting fluid and goes into distolaterally, is provided with fluid intake and fluid issuing;
Above-mentioned fluid circuit is made of the fluid circuit that is serial or parallel connection more than a road or a tunnel, and is one or more pair of scrollwork arranged distribution;
Above-mentioned fluid circuit is included as and is that parallel or approximately parallel flat shape or three-dimensional shape are laid in heat absorption or the heat release temperature can be transmitted body.
Described heat absorption or heat release temperature can be transmitted body: by being made of solid-state or colloidal state or liquid or gaseous state Heat Conduction Material, above-mentioned heat absorption or heat release temperature can be transmitted body and can be one or more and constitute;
Described fluid circuit: by being constituted with good heat conducting material, fluid circuit is for being parallel or approximately parallel pair of scrollwork pipeline structure, and being arranged as with the tool temperature difference and being that various flows is two scrollwork pipeline structures from an adjacent tubes to the pipeline of carrying temperature difference fluids;
The pipeline outer ring that described fluid circuit is two scrollworks distributions is the pipeline steering structure, the pipeline that is two scrollworks distributions is gone into distolateral near the interlude of avris as output, be provided with fluid intake and fluid issuing, and the fluid circuit at nearly scroll outermost and scroll center is the pipeline steering structure that reverse turning is provided as transmitting fluid;
Above-mentioned fluid circuit is made of the fluid circuit that is serial or parallel connection more than a road or a tunnel, and is one or more pair of scrollwork arranged distribution;
Above-mentioned fluid circuit is included as and is that parallel or approximately parallel flat shape or three-dimensional shape are laid in heat absorption or the heat release temperature can be transmitted body.
Except that transmitting body and transmit the warm energy by heat absorption or heat release temperature, also can be parallel or approaching parallel flat shape or three-dimensional shape arrangement laying by fluid circuit, and directly constitute structure, for gaseous fluid or fluid liquid by being the temperature difference, by gaseous state change liquid fluid or by liquid state change gaseous state fluid constituted leads warm fluid, heat release is discharged heat energy or cold energy is discharged in heat absorption directly passive solid-state the or colloidal state of accepting heat release or heat absorption or liquid or gaseous substance or space are done.
Passive solid-state or colloidal state or liquid or gaseous substance or the space of accepting heat release or heat absorption in the described heat sink, contain by fluid circuit and the passive solid-state or colloidal state of accepting heat release or heat absorption or liquid or gaseous substance or space with the structural relation of fluid circuit and directly to constitute the common structure body, and can to the passive solid-state or colloidal state of accepting heat release or heat absorption or liquid or gaseous substance or space transmission temperature; Wherein:
Relevant fluid circuit is made and is parallel or lays near parallel flat shape or three-dimensional shape, constitutes for transmission is passive to accept the pipeline structure body that warm fluid is led in heat release or heat absorption.
Can fluid circuit and/or the passive confession of accepting heat release or heat absorption by leading warm fluid fluid circuit and/or accept heat release or heat absorption and lead the pipeline structure body of warm fluid and add and independently lead warm sheet for transmission is passive, and/or be provided with and lead warm sheet jointly, and/or the warm sheet of leading of tool thermal insulation slotted eye is set.
Above-mentioned bidirectional fluid pump moves device, by the control device that receiver electric installation or electronic installation or micro computer and related software are constituted is controlled, and makes periodic positive and reverse pumping.
Fluid circuit and/or accept the pipeline structure body that warm fluid is led in heat release or heat absorption for transmission is passive can transmit body for being integral structure with heat absorption or heat release temperature.
Fluid circuit and/or accept heat release or heat absorption and lead the pipeline structure body of warm fluid and heat absorption or heat release temperature and can transmit body for transmission is passive can be by being made of fabricated structure.
Be incorporated into fluid circuit and/or accept the pipeline structure body that warm fluid is led in heat release or heat absorption for transmission is passive, can transmit body with heat absorption or heat release temperature, can constitute by single group of structure body according to need and be construction unit tabular or block or that the multiple wing shape is constituted, or the construction unit that forms with sail combination, and can be constituted by at least one construction unit.
Can be formed by one or more, and between its indivedual affiliated fluid circuits, can be to be and connect or parallel connection or connection in series-parallel, and be can be made into various geometries.
By fluid circuit and/or for transmission passive accept heat release or heat absorption lead warm fluid the pipeline structure body lead warm fluid, contain to carry and lead warm fluid in the mode of pumping and/or evaporation and/or cold and hot free convection.
Can borrow the cold and hot temperature difference of fluid make free convection and/or the moving fluid of forcing pump producing the hot transfer function of convection current and/or radiation and/or conduction, so that the passive solid-state or colloidal state of accepting heat release or heat absorption that is fluid state or liquid or gaseous substance or space are disengaged heat energy or cold energy; Or borrow conduction pattern to accept the solid-state or colloidal state of heat release or heat absorption or heat energy or cold energy are disengaged in the object or the space of liquid or gaseous state to passive.
By fluid circuit and/or for transmission passive accept heat release or heat absorption lead warm fluid the pipeline structure body lead warm fluid, contain and be the sealing flow circuit, or do open mobile disengaging.
The fluid intake of each fluid circuit and fluid issuing can be arranged at same sensing or the different sensing of three-dimensional space in pointing to.
Fluid circuit comprises by tubular structure and being constituted, and/or is made of the en plaque structure with the fluid circuit that flows for fluid, and/or is made of the block structure with the channel-like fluid circuit that flows for fluid.
Description of drawings
Fig. 1 for tradition borrow the gaseous fluid of heat absorption or heat release or fluid liquid or by gaseous state change liquid fluid or by liquid state change gaseous state fluid constituted leads warm fluid, by the heat absorption of constant current guide temperature fluid formation or the primary structure schematic diagram of heat release device.
Temperature difference distribution map when Fig. 2 is the conduct of device shown in Fig. 1 heat absorption cold energy tapping equipment function in the running.
Fig. 3 is that device shown in Fig. 1 is as the temperature difference distribution map in the running of heat release heat energy tapping equipment function.
Fig. 4 is the primary structure schematic diagram of the utility model embodiment one.
Fig. 5 is the temperature difference distribution map that installs in operating when cold energy tapping equipment function is absorbed heat in conduct shown in Figure 4.
Fig. 6 be device shown in Figure 4 as heat release heat energy tapping equipment function the temperature difference distribution map in the time running.
Fig. 7 is the primary structure schematic diagram of the utility model embodiment two.
Fig. 8 is the temperature difference distribution map that installs in operating when cold energy tapping equipment function is absorbed heat in conduct shown in Figure 7.
Fig. 9 be device shown in Figure 7 as heat release heat energy tapping equipment function the temperature difference distribution map in the time running.
Figure 10 is the primary structure schematic diagram of the utility model embodiment three.
Figure 11 is the temperature difference distribution map that installs in operating when cold energy tapping equipment function is absorbed heat in conduct shown in Figure 10.
Figure 12 be device shown in Figure 10 as heat release heat energy tapping equipment function the temperature difference distribution map in the time running.
Figure 13 is that device shown in Figure 4 is directly to the passive object of heat release or heat absorption or the primary structure schematic diagram of space transmission temperature energy accepted.
Figure 14 is a device shown in Figure 7, directly to the passive object of heat release or heat absorption or the primary structure schematic diagram of space transmission temperature energy accepted.
Figure 15 is a device shown in Figure 10, directly to the passive object of heat release or heat absorption or the primary structure schematic diagram of space transmission temperature energy accepted.
Figure 16 for the utility model embodiment illustrated in fig. 4 in fluid circuit 101 can transmit body 100 and accept heat release or heat absorption and lead one of application examples that the pipeline structure body 100 ' of warm fluid does combination through heat absorption or heat release temperature for transmission is passive.
Figure 17 can be transmitted body 100 and accept heat release or heat absorption and lead two of application examples that the pipeline structure body 100 ' of warm fluid does combination for transmission is passive through heat absorption or heat release temperature by fluid circuit 101 among Fig. 7 embodiment for the utility model.
Figure 18 can be transmitted body 100 and accept heat release or heat absorption and lead three of application examples that the pipeline structure body 100 ' of warm fluid does combination for transmission is passive through heat absorption or heat release temperature by fluid circuit 101 among Figure 10 embodiment for the utility model.
Figure 19 accepts heat release or heat absorption and leads one of application examples that the pipeline structure body 100 ' of warm fluid does combination for transmission is passive for the utility model can transmit body 100 and many groups by fluid circuit 101 among Fig. 4 embodiment through heat absorption or heat release temperature.
Figure 20 accepts heat release or heat absorption and leads two of application examples that the pipeline structure body 100 ' of warm fluid does combination for transmission is passive for the utility model can transmit body 100 and many groups by fluid circuit 101 among Fig. 7 embodiment through heat absorption or heat release temperature.
Figure 21 accepts heat release or heat absorption and leads three of application examples that the pipeline structure body 100 ' of warm fluid does combination for transmission is passive for the utility model can transmit body 100 and many groups by fluid circuit 101 among Figure 10 embodiment through heat absorption or heat release temperature.
Figure 22 independently leads the example structure figure of warm sheet 300 for fluid circuit 101 of the present utility model adds string.
Figure 23 is the A-A cutaway view of Figure 22.
Figure 24 is provided with the example structure schematic diagram of leading warm sheet 400 jointly for fluid circuit 101 of the present utility model.
Figure 25 is the B-B cutaway view of Figure 24.
Figure 26 is provided with the warm sheet 350 example structure schematic diagrames of leading of tool thermal insulation slotted eye for the utility model fluid circuit 101.
Figure 27 is the C-C cutaway view of Figure 26.
Figure 28 borrows the bidirectional fluid pump for the utility model and makes the operation system schematic diagram that warm fluid is led in the two-phase cycle pumping.
The specific embodiment
Figure 4 shows that the primary structure schematic diagram of the utility model embodiment one; The primary structure that is the temperature difference fluids suction heat release device of two scrollwork pipelines in shown in Figure 4 contains:
Heat absorption or heat release temperature can be transmitted body 100: for by solid-state, or colloidal state, or it is liquid, or the gaseous state Heat Conduction Material constitutes, arrange to make various flows according to the temperature difference and be gaseous fluid in conjunction with being two scrollwork pipelines for accepting institute to what circulated in fluid circuit 101 inside of conveying temperature difference fluids, or fluid liquid, or by the liquid fluid of gaseous state commentaries on classics, or change the temperature energy of leading warm fluid 110 that fluid constituted of gaseous state by liquid state, to accept the solid-state of heat release or heat absorption to passive, or colloidal state, or it is liquid, or gaseous substance or space 200, do the cold energy discharge function running of heat absorption, or do the heat energy discharge function running of heat release; Above-mentioned heat absorption or heat release temperature can be transmitted body 100 and can be one or more and constitute;
Fluid circuit 101: by being constituted with good heat conducting material, fluid circuit 101 is for being parallel or approximately parallel pair of scrollwork pipeline structure, and being arranged as with the tool temperature difference and be various flows to the pipeline of carrying temperature difference fluids being adjacent tubes of two scrollwork pipeline structures, form average temperature distribution state so that lead warm fluid 110 in heat absorption or heat release body, with to passive object or the space of accepting heat release or heat absorption, produce heat absorption or heat release function; It is characterized by the pipeline outer ring that is two scrollworks distributions is that pipeline is exported into distolateral, for being provided with fluid intake 111 and fluid issuing 112, and the fluid circuit at nearly scroll center is the pipeline steering structure 103 that reverse turning is provided as transmitting fluid, for fluid intake 111 and fluid issuing 112 by the fluid circuit two ends, conveying is gaseous fluid, or fluid liquid, or by the liquid fluid of gaseous state commentaries on classics, or by liquid state change gaseous state fluid constituted leads warm fluid 110, make the fluid of the fluid circuit by adjacent arrangement be reverse flow, can transmit body 100 transmission Wen Nengzhi by solid-state through heat absorption or heat release temperature, or colloidal state, or it is liquid, or the gaseous state Heat Conduction Material constituted passively accept the solid-state of heat release or heat absorption, or colloidal state, or it is liquid, or gaseous substance or space 200.
Above-mentioned fluid circuit 101 is constituted by being serial or parallel connection more than one the road or one the tunnel, each pipeline is one or more pair of scrollwork arranged distribution, be gaseous fluid for carrying by the fluid intake 111 at the two ends of fluid circuit 101 and fluid issuing 112, or fluid liquid, or by the liquid fluid of gaseous state commentaries on classics, or by liquid state change gaseous state fluid constituted leads warm fluid 110, make the warm fluid 110 of leading of the fluid circuit 101 by adjacent arrangement be reverse flow, with transmission Wen Nengzhi by solid-state, or colloidal state, or it is liquid, or heat absorption or heat release temperature that the gaseous state Heat Conduction Material is constituted can be transmitted body 100.
Above-mentioned fluid circuit 101 is included as and is that parallel or approximately parallel flat shape or three-dimensional shape are laid in heat absorption or the heat release temperature can be transmitted body 100, so that the passive solid-state or colloidal state of accepting heat release or heat absorption or liquid or gaseous substance or space 200 are made heat absorption or heat releases.
Above-mentioned heat absorption shown in Figure 4 or heat release temperature can be transmitted body 100 and fluid circuit 101 following one or more the structural relation of can serving as reasons and constitute:
1) can transmit body 100 by heat absorption or heat release temperature is constituted with the structure that fluid circuit 101 is combination;
2) can transmit body 100 by heat absorption or heat release temperature is integrative-structure with fluid circuit 101 and is constituted;
3) directly constitute heat absorption by fluid circuit 101 or the heat release temperature can be transmitted the function of body 100;
4) fluid circuit 101 add and adjacent tubes between disjunctly independently lead warm sheet 300, constitute the function that heat absorption or heat release temperature can be transmitted body 100;
5) between adjacent fluid pipeline 101, be connected, constitute the function that heat absorption or heat release temperature can be transmitted body 100 to lead warm sheet 400 jointly;
6) between adjacent fluid pipeline 101, be connected, constitute the function that heat absorption or heat release temperature can be transmitted body 100 with the warm sheet 350 of leading of tool thermal insulation slotted eye.
Temperature difference distribution map when Figure 5 shows that device shown in Figure 4 in the running as heat absorption cold energy tapping equipment function; As shown in Figure 5, can transmit in the body 100 in heat absorption or heat release temperature, it leads warm fluid 110 for being lower temperature via fluid circuit 101 inputs, output lead warm fluid 110 for being the higher temperatures state, present and lead warm fluid 110 between input and lead the medium temperature of 110 of warm fluids with exporting and can transmit body 100 in heat absorption or heat release temperature, and be evenly distributed in the heat absorption or the heat release temperature can transmit body 100, with to passive solid-state or colloidal state or liquid or gaseous substance or space 200 do heat absorptions and the discharging cold energy of accepting heat release or heat absorption, low excessively to avoid topical hypothermia.
Temperature difference distribution map when Figure 6 shows that device shown in Figure 4 in the running as heat release heat energy tapping equipment function; As shown in Figure 6, can transmit in the body 100 in heat absorption or heat release temperature, its via the warm fluid 110 of leading of fluid circuit 101 inputs for being higher temperatures, output lead warm fluid 110 for being lower temperature, present and lead warm fluid 110 between input and lead the medium temperature of 110 of warm fluids with exporting and can transmit body 100 in heat absorption or heat release temperature, and be evenly distributed in the heat absorption or the heat release temperature can transmit body 100, so that the passive solid-state or colloidal state of accepting heat release or heat absorption or liquid or gaseous substance or space 200 are made heat release and discharging heat energy, too high to avoid localized hyperthermia.
Figure 7 shows that the primary structure schematic diagram of the utility model embodiment two; As shown in Figure 7, its further formation contains:
Heat absorption or heat release temperature can be transmitted body 100: for by solid-state, or colloidal state, or it is liquid, or the gaseous state Heat Conduction Material constitutes, arrange to make various flows according to the temperature difference and be gaseous fluid in conjunction with being two scrollwork pipelines for accepting institute to what circulated in fluid circuit 101 inside of conveying temperature difference fluids, or fluid liquid, or by the liquid fluid of gaseous state commentaries on classics, or change the temperature energy of leading warm fluid 110 that fluid constituted of gaseous state by liquid state, to accept the solid-state of heat release or heat absorption to passive, or colloidal state, or it is liquid, or gaseous substance or space 200, do the cold energy discharge function running of heat absorption, or do the heat energy discharge function running of heat release; Above-mentioned heat absorption or heat release temperature can be transmitted body 100 and can be one or more and constitute;
Fluid circuit 101: by being constituted with good heat conducting material, fluid circuit 101 is for being parallel or approximately parallel pair of scrollwork pipeline structure, and being arranged as with the tool temperature difference and be various flows to the pipeline of carrying temperature difference fluids being adjacent tubes of two scrollwork pipeline structures, form average temperature distribution state so that lead warm fluid in heat absorption or heat release body, with to passive object or the space of accepting heat release or heat absorption, produce heat absorption or heat release function; It is characterized by the pipeline outer ring that is two scrollworks distributions is pipeline steering structure 103, and the fluid circuit at nearly scroll center is the output that reverse turning is provided as the pipeline of transmitting fluid and goes into distolateral, for being provided with fluid intake 111 and fluid issuing 112, for fluid intake 111 and fluid issuing 112 by the fluid circuit two ends, conveying is gaseous fluid, or fluid liquid, or by the liquid fluid of gaseous state commentaries on classics, or by liquid state change gaseous state fluid constituted leads warm fluid 110, make the fluid of the fluid circuit by adjacent arrangement be reverse flow, can transmit body 100 transmission Wen Nengzhi by solid-state through heat absorption or heat release temperature, or colloidal state, or it is liquid, or the gaseous state Heat Conduction Material constituted passively accept the solid-state of heat release or heat absorption, or colloidal state, or it is liquid, or gaseous substance or space 200.
Above-mentioned fluid circuit 101 is made of the fluid circuit that is serial or parallel connection more than a road or a tunnel, and be one or more pair of scrollwork arranged distribution, be gaseous fluid for carrying by the fluid intake 111 at the two ends of fluid circuit 101 and fluid issuing 112, or fluid liquid, or by the liquid fluid of gaseous state commentaries on classics, or by liquid state change gaseous state fluid constituted leads warm fluid 110, make the warm fluid 110 of leading of the fluid circuit 101 by adjacent arrangement be reverse flow, with transmission Wen Nengzhi by solid-state, or colloidal state, or it is liquid, or heat absorption or heat release temperature that the gaseous state Heat Conduction Material is constituted can be transmitted body 100.
Above-mentioned fluid circuit 101 is included as and is that parallel or approximately parallel flat shape or three-dimensional shape are laid in heat absorption or the heat release temperature can be transmitted body 100, so that the passive solid-state or colloidal state of accepting heat release or heat absorption or liquid or gaseous substance or space 200 are made heat absorption or heat releases.
Above-mentioned heat absorption shown in Figure 7 or heat release temperature can be transmitted body 100 and fluid circuit 101 following one or more the structural relation of can serving as reasons and constitute:
1) can transmit body 100 by heat absorption or heat release temperature is constituted with the structure that fluid circuit 101 is combination;
2) can transmit body 100 by heat absorption or heat release temperature is constituted with the structure that fluid circuit is one;
3) directly constitute heat absorption by fluid circuit 101 or the heat release temperature can be transmitted the function of body 100;
4) fluid circuit 101 add and adjacent tubes between disjunctly independently lead warm sheet 300, constitute the function that heat absorption or heat release temperature can be transmitted body 100;
5) between adjacent fluid pipeline 101, be connected, constitute the function that heat absorption or heat release temperature can be transmitted body 100 to lead warm sheet 400 jointly;
6) between adjacent fluid pipeline 101, be connected, constitute the function that heat absorption or heat release temperature can be transmitted body 100 with the warm sheet 350 of leading of tool thermal insulation slotted eye.
Temperature difference distribution map when Figure 8 shows that device shown in Figure 7 in the running as heat absorption cold energy tapping equipment function; As shown in Figure 8, can transmit in the body 100 in heat absorption or heat release temperature, it leads warm fluid 110 for being lower temperature via fluid circuit 101 inputs, output lead warm fluid 110 for being the higher temperatures state, present and lead warm fluid 110 between input and lead the medium temperature of 110 of warm fluids with exporting and can transmit body 100 in heat absorption or heat release temperature, and be evenly distributed in the heat absorption or the heat release temperature can transmit body 100, with to passive solid-state or colloidal state or liquid or gaseous substance or space 200 do heat absorptions and the discharging cold energy of accepting heat release or heat absorption, low excessively to avoid topical hypothermia.
Temperature difference distribution map when Figure 9 shows that device shown in Figure 7 in the running as heat release heat energy tapping equipment function; As shown in Figure 9, can transmit in the body 100 in heat absorption or heat release temperature, its via the warm fluid 110 of leading of fluid circuit 101 inputs for being higher temperatures, output lead warm fluid 110 for being lower temperature, present and lead warm fluid 110 between input and lead the medium temperature of 110 of warm fluids with exporting and can transmit body 100 in heat absorption or heat release temperature, and be evenly distributed in the heat absorption or the heat release temperature can transmit body 100, so that the passive solid-state or colloidal state of accepting heat release or heat absorption or liquid or gaseous substance or space 200 are made heat release and discharging heat energy, too high to avoid localized hyperthermia.
Figure 10 shows that the primary structure schematic diagram of the utility model embodiment three; As shown in figure 10, its further formation contains:
Heat absorption or heat release temperature can be transmitted body 100: for by solid-state, or colloidal state, or it is liquid, or the gaseous state Heat Conduction Material constitutes, arrange to make various flows according to the temperature difference and be gaseous fluid in conjunction with being two scrollwork pipelines for accepting institute to what circulated in fluid circuit 101 inside of conveying temperature difference fluids, or fluid liquid, or by the liquid fluid of gaseous state commentaries on classics, or change the temperature energy of leading warm fluid 110 that fluid constituted of gaseous state by liquid state, to accept the solid-state of heat release or heat absorption to passive, or colloidal state, or it is liquid, or gaseous substance or space 200, do the cold energy discharge function running of heat absorption, or do the heat energy discharge function running of heat release; Above-mentioned heat absorption or heat release temperature can be transmitted body 100 and can be one or more and constitute;
Fluid circuit 101: by being constituted with good heat conducting material, fluid circuit 101 is for being parallel or approximately parallel pair of scrollwork pipeline structure, and being arranged as with the tool temperature difference and be various flows to the pipeline of carrying temperature difference fluids being adjacent tubes of two scrollwork pipeline structures, form average temperature distribution state so that lead warm fluid in heat absorption or heat release body, with to passive object or the space of accepting heat release or heat absorption, produce heat absorption or heat release function; It is characterized by the pipeline outer ring that is two scrollworks distributions is pipeline steering structure 103, the pipeline that is two scrollworks distributions is gone into distolateral near the interlude of avris as output, for being provided with fluid intake 111 and fluid issuing 112, and the fluid circuit at scroll outermost and nearly scroll center is the pipeline steering structure 103 that reverse turning is provided as transmitting fluid, for fluid intake 111 and fluid issuing 112 by the fluid circuit two ends, conveying is gaseous fluid, or fluid liquid, or by the liquid fluid of gaseous state commentaries on classics, or by liquid state change gaseous state fluid constituted leads warm fluid 110, make the fluid of the fluid circuit by adjacent arrangement be reverse flow, can transmit body 100 transmission Wen Nengzhi by solid-state through heat absorption or heat release temperature, or colloidal state, or it is liquid, or the gaseous state Heat Conduction Material constituted passively accept the solid-state of heat release or heat absorption, or colloidal state, or it is liquid, or gaseous substance or space 200.
Above-mentioned fluid circuit 101 is made of the fluid circuit that is serial or parallel connection more than a road or a tunnel, and be one or more pair of scrollwork arranged distribution, be gaseous fluid for carrying by the fluid intake 111 at the two ends of fluid circuit 101 and fluid issuing 112, or fluid liquid, or by the liquid fluid of gaseous state commentaries on classics, or by liquid state change gaseous state fluid constituted leads warm fluid 110, make the warm fluid 110 of leading of the fluid circuit 101 by adjacent arrangement be reverse flow, with transmission Wen Nengzhi by solid-state, or colloidal state, or it is liquid, or heat absorption or heat release temperature that the gaseous state Heat Conduction Material is constituted can be transmitted body 100.
Above-mentioned fluid circuit 101 is included as and is that parallel or approximately parallel flat shape or three-dimensional shape are laid in heat absorption or the heat release temperature can be transmitted body 100, so that the passive solid-state or colloidal state of accepting heat release or heat absorption or liquid or gaseous substance or space 200 are made heat absorption or heat releases.
Above-mentioned heat absorption shown in Figure 10 or heat release temperature can be transmitted body 100 and fluid circuit 101 following one or more the structural relation of can serving as reasons and constitute:
1) can transmit body 100 by heat absorption or heat release temperature is constituted with the structure that fluid circuit 101 is combination;
2) can transmit body 100 by heat absorption or heat release temperature is constituted with the structure that fluid circuit is one;
3) directly constitute heat absorption by fluid circuit 101 or the heat release temperature can be transmitted the function of body 100;
4) fluid circuit 101 add and adjacent tubes between disjunctly independently lead warm sheet 300, constitute the function that heat absorption or heat release temperature can be transmitted body 100;
5) between adjacent fluid pipeline 101, be connected, constitute the function that heat absorption or heat release temperature can be transmitted body 100 to lead warm sheet 400 jointly;
6) between adjacent fluid pipeline 101, be connected, constitute the function that heat absorption or heat release temperature can be transmitted body 100 with the warm sheet 350 of leading of tool thermal insulation slotted eye.
Temperature difference distribution map when Figure 11 shows that device shown in Figure 10 in the running as heat absorption cold energy tapping equipment function; As shown in figure 11, can transmit in the body 100 in heat absorption or heat release temperature, it leads warm fluid 110 for being lower temperature via fluid circuit 101 inputs, output lead warm fluid 110 for being the higher temperatures state, present and lead warm fluid 110 between input and lead the medium temperature of 110 of warm fluids with exporting and can transmit body 100 in heat absorption or heat release temperature, and be evenly distributed in the heat absorption or the heat release temperature can transmit body 100, with to passive solid-state or colloidal state or liquid or gaseous substance or space 200 do heat absorptions and the discharging cold energy of accepting heat release or heat absorption, low excessively to avoid topical hypothermia.
Temperature difference distribution map when Figure 12 shows that device shown in Figure 10 in the running as heat release heat energy tapping equipment function; As shown in figure 12, can transmit in the body 100 in heat absorption or heat release temperature, its via the warm fluid 110 of leading of fluid circuit 101 inputs for being higher temperatures, output lead warm fluid 110 for being lower temperature, present and lead warm fluid 110 between input and lead the medium temperature of 110 of warm fluids with exporting and can transmit body 100 in heat absorption or heat release temperature, and be evenly distributed in the heat absorption or the heat release temperature can transmit body 100, so that the passive solid-state or colloidal state of accepting heat release or heat absorption or liquid or gaseous substance or space 200 are made heat release and discharging heat energy, too high to avoid localized hyperthermia.
The utility model is the temperature difference fluids of two scrollwork pipelines and inhales the heat release device except that transmitting the warm energy of body 100 transmission by heat absorption or heat release temperature, also can be parallel or approaching parallel flat shape or three-dimensional shape arrangement laying by fluid circuit 101, and directly constitute structure, for by being the gaseous fluid of the temperature difference, or fluid liquid, or by the liquid fluid of gaseous state commentaries on classics, or by liquid state change gaseous state fluid constituted leads warm fluid 110, directly to accept the solid-state of heat release or heat absorption to passive, or colloidal state, or it is liquid, or gaseous substance or space 200 are made heat release and are discharged heat energy, or cold energy is discharged in heat absorption.
Figure 13 is that device shown in Figure 4 directly constitutes structure by being two scrollwork pipelines, directly to the passive object of heat release or heat absorption or the primary structure schematic diagram of space transmission temperature energy accepted.
Figure 14 is that device shown in Figure 7 is directly to the passive object of heat release or heat absorption or the primary structure schematic diagram of space transmission temperature energy accepted.
Figure 15 is that device shown in Figure 10 is directly to the passive object of heat release or heat absorption or the primary structure schematic diagram of space transmission temperature energy accepted.
Supply to lead the transport flow of warm fluid 110 by above-mentioned fluid circuit 101, and fluid circuit 101 constitutes the common structure body for being the laying of parallel or approximately parallel flat shape or three-dimensional shape, and the bulk temperature difference of its common structure body is evenly distributed, with to the passive solid-state or colloidal state of accepting heat release or heat absorption or liquid or gaseous substance or space 200 heat absorption or heat releases.
The utility model is the temperature difference fluids of two scrollwork pipelines and inhales the heat release device, its passive solid-state or colloidal state or liquid or gaseous substance or space 200 of accepting heat release or heat absorption, contain by fluid circuit 101 and the passive solid-state or colloidal state of accepting heat release or heat absorption or liquid or gaseous substance or space 200 with the structural relation of fluid circuit 101 and directly to constitute the common structure body, and can to the passive solid-state or colloidal state of accepting heat release or heat absorption or liquid or gaseous substance or space 200 transmission temperature; Wherein:
Relevant fluid circuit is made and is parallel or approaching parallel flat shape or three-dimensional shape laying, constitute for transmission is passive and accept the pipeline structure body 100 ' that warm fluid is led in heat release or heat absorption, to replace passive solid-state or colloidal state or liquid or gaseous substance or the space 200 of accepting heat release or heat absorption.
By 101 transmission of above-mentioned fluid circuit be gaseous fluid or fluid liquid or by gaseous state change liquid fluid or by liquid state change gaseous state fluid constituted leads warm fluid 110, through heat absorption or heat release temperature can transmit body 100 transmission temperature can, make for transmission is passive and accept heat release or heat absorption and lead that the pipeline structure body 100 ' of warm fluid is passive accepts heat release or heat absorption.
Figure 16 shows that embodiment illustrated in fig. 4 in fluid circuit 101 can transmit body 100 and accept heat release or heat absorption and lead the application example that the pipeline structure body 100 ' of warm fluid is done combination through heat absorption or heat release temperature for transmission is passive.
Figure 17 shows that embodiment illustrated in fig. 7 in fluid circuit 101 can transmit body 100 and accept heat release or heat absorption and lead the application example that the pipeline structure body 100 ' of warm fluid is done combination through heat absorption or heat release temperature for transmission is passive.
Figure 18 shows that embodiment illustrated in fig. 10 in fluid circuit 101 can transmit body 100 and accept heat release or heat absorption and lead the application example that the pipeline structure body 100 ' of warm fluid is done combination through heat absorption or heat release temperature for transmission is passive.
Figure 19 shows that embodiment illustrated in fig. 4 in fluid circuit 101 can transmit body 100 and many groups through heat absorption or heat release temperature and accept heat release or heat absorption and lead the application example that the pipeline structure body 100 ' of warm fluid is done combination for transmission is passive.
Figure 20 shows that embodiment illustrated in fig. 7 in fluid circuit 101 can transmit body 100 and many groups through heat absorption or heat release temperature and accept heat release or heat absorption and lead the application example that the pipeline structure body 100 ' of warm fluid is done combination for transmission is passive.
Shown in Figure 21ly accept heat release or heat absorption and lead the application example that the pipeline structure body 100 ' of warm fluid is done combination for transmission is passive for fluid circuit 101 in embodiment illustrated in fig. 10 can transmit body 100 and many groups through heat absorption or heat release temperature.
The utility model is the temperature difference fluids of two scrollwork pipelines and inhales the heat release device, for further promoting heat absorption or heat release effect, can fluid circuit 101 and/or the passive confession of accepting heat release or heat absorption by leading warm fluid fluid circuit 101 and/or accept heat release or heat absorption and lead the pipeline structure body 100 ' of warm fluid and add and independently lead warm sheet 300 for transmission is passive, to promote heat release or endothermic effect.
Shown in Figure 22 for to add the embodiment that independently leads warm sheet 300 at fluid circuit 101.
Shown in Figure 23 is along A-A line cutaway view among Figure 22.
The utility model is the temperature difference fluids of two scrollwork pipelines and inhales the heat release device, for further promoting heat absorption or heat release effect, can accept heat release or heat absorption and lead the pipeline structure body 100 ' of warm fluid and be provided with and lead warm sheet 400 jointly at fluid circuit 101 and/or for transmission is passive, to promote heat release or endothermic effect.
Figure 24 is for to be provided with the example structure schematic diagram of leading warm sheet 400 jointly at fluid circuit 101.
Figure 25 is the cutaway view of Figure 24 along the B-B line.
The temperature difference fluids suction heat release device that the utility model is two scrollwork pipelines is the necessity of taking into account stability of structure, manufacturing process and independently leading temperature function, can be further between fluid circuit 101, the warm sheet 350 of leading of tool thermal insulation slotted eye is set, to promote heat release or endothermic effect.
Figure 26 is for to be provided with the warm sheet 350 example structure schematic diagrames of leading of tool thermal insulation slotted eye at fluid circuit 101.
Figure 27 is the cutaway view of Figure 26 along the C-C line.
The utility model is the temperature difference fluids of two scrollwork pipelines and inhales in the heat release device, accept the fluid that the pipeline structure body 100 ' of warm fluid is led in heat release or heat absorption by fluid circuit 101 and/or for transmission is passive, can controlling by control device 500, to drive the moving device 600 of bidirectional fluid pump, do that cycle rotating pump is moving leads warm fluid 110 with two-way pumping, promote its equal temp effect.
Above-mentioned bidirectional fluid pump moves device 600, by the control device 500 that receiver electric installation or electronic installation or micro computer and related software are constituted is controlled, and makes periodic positive and reverse pumping.
Figure 28 borrows the bidirectional fluid pump to do the two-phase cycle pumping for the utility model and leads warm fluid.
The utility model is the temperature difference fluids of two scrollwork pipelines and inhales the heat release device when using, and can need according to the application demand structure, cost consideration, under the basis of aforementioned operation principles, does following one or more be made, and comprising:
The utility model is the temperature difference fluids of two scrollwork pipelines and inhales the heat release device, and its fluid circuit 101 and/or accept the pipeline structure body 100 ' that warm fluid is led in heat release or heat absorption for transmission is passive can transmit body 100 for being integral structure with heat absorption or heat release temperature.
The utility model is the temperature difference fluids of two scrollwork pipelines and inhales the heat release device, its fluid circuit 101 and/or accept heat release or heat absorption and lead the pipeline structure body 100 ' of warm fluid and can transmit body 100 with heat absorption or heat release temperature for transmission is passive can be by being made of fabricated structure.
The utility model is the temperature difference fluids of two scrollwork pipelines and inhales the heat release device, it is incorporated into fluid circuit 101 and/or accepts the pipeline structure body 100 ' that warm fluid is led in heat release or heat absorption for transmission is passive, can transmit body 100 with heat absorption or heat release temperature, can constitute by single group of structure body according to need and be construction unit tabular or block or that the multiple wing shape is constituted, or the construction unit that forms with sail combination, and can be constituted by at least one construction unit.
The utility model is the temperature difference fluids of two scrollwork pipelines and inhales the heat release device, can be made up of one or more, and between its indivedual affiliated fluid circuits, can be to be and connect or parallel connection or connection in series-parallel, and can be made into various geometries.
The utility model is the temperature difference fluids of two scrollwork pipelines and inhales the heat release device, its by fluid circuit 101 and/or for transmission passive accept heat release or heat absorption lead warm fluid pipeline structure body 100 ' lead warm fluid 110, contain to carry and lead warm fluid 110 in the mode of pumping and/or evaporation and/or cold and hot free convection.
The utility model is the temperature difference fluids of two scrollwork pipelines and inhales the heat release device, can borrow the cold and hot temperature difference of fluid make free convection and/or the moving fluid of forcing pump producing the hot transfer function of convection current and/or radiation and/or conduction, so that the passive solid-state or colloidal state of accepting heat release or heat absorption that is fluid state or liquid or gaseous substance or space 200 are disengaged heat energy or cold energy; Or borrow conduction pattern to accept the solid-state or colloidal state of heat release or heat absorption or heat energy or cold energy are disengaged in the object or the space 200 of liquid or gaseous state to passive.
The utility model is the temperature difference fluids of two scrollwork pipelines and inhales the heat release device, its by fluid circuit 101 and/or for transmission passive accept heat release or heat absorption lead warm fluid pipeline structure body 100 ' lead warm fluid 110, contain and be the sealing flow circuit, or do open mobile disengaging.
The utility model is the temperature difference fluids of two scrollwork pipelines and inhales the heat release device, and the fluid intake of its each fluid circuit and fluid issuing can be arranged at same sensing or the different sensing in the sensing of three-dimensional space.
The utility model is the temperature difference fluids of two scrollwork pipelines and inhales the heat release device, its fluid circuit comprises by tubular structure and being constituted, and/or constituted, and/or constituted by block structure with the channel-like fluid circuit that flows for fluid by en plaque structure with the fluid circuit that flows for fluid.
The utility model is the temperature difference fluids of two scrollwork pipelines and inhales the heat release device, can supply the heat conduction that is used for various heat absorptions or heat radiation or refrigeration application apparatus, the cooling water tank of engine for example, or borrow and lead the cold energy tapping equipment that warm fluid absorbs heat, or by means of the heat energy tapping equipment of leading warm fluid heat release, temperature as warming appliance can be transmitted, or heater, or heat energy transmitting device, or the ceiling of building, wall, the heating on floor or cooling, the cooling of solar panel (photovoltaic panel), the heating of motor or dynamic power machine or cooling, the heat absorption or the heat radiation of the heat absorption of various casings or heat radiation heat pipe structure housing, the heat absorption of various structure housing or heat radiation, the heat absorption of various chips or semiconductor subassembly or heat radiation, various ventilation units, or massaging device, or the heat absorption of sound equipment or device for image or heat radiation or warm can the transmission, the heat absorption of various light fixtures or light emitting diode (LED) or heat radiation or temperature can be transmitted, the heat absorption of the evaporimeter of aircondition or the heat radiation of condenser or temperature can be transmitted, or the temperature of mechanical device can be transmitted, or the heat radiation of friction heat waste, or the heat radiation of the electric household appliance of electric heating device or other electric heating or electric-heating cooking utensil or warm can the transmission, or the heat absorption of the stove and accessory of flame heat or cooker or warm can the transmission, or in stratum or the water temperature can heat absorption heat radiation or the temperature can transmit, the heat absorption of factory building or room building body or construction material or space or heat radiation or temperature can be transmitted, the heat absorption of water tower or heat radiation, the heat absorption of storage battery or fuel cell or heat radiation or temperature can be transmitted.
And the temperature that is applied in household appliances, industrial products, electronic product, motor or mechanical device, generating equipment, building body, aircondition, production equipment or the industry manufacturing process can be transmitted application.

Claims (17)

1. a temperature difference fluids that is two scrollwork pipelines is inhaled the heat release device, is constituted by being the parallel or approximate fluid circuit that is serial or parallel connection more than a road or a tunnel that be arranged in parallel, and each fluid circuit is one or more pair of scrollwork arranged distribution; Its primary structure contains:
Heat absorption or heat release temperature can be transmitted body (100): by being made of solid-state or colloidal state or liquid or gaseous state Heat Conduction Material, above-mentioned heat absorption or heat release temperature can be transmitted body (100) and can be one or more and constitute;
Fluid circuit (101): by being constituted with good heat conducting material, fluid circuit (101) is for being parallel or approximately parallel pair of scrollwork pipeline structure, and being arranged as with the tool temperature difference and being that various flows is two scrollwork pipeline structures from an adjacent tubes to the pipeline of carrying temperature difference fluids; It is characterized in that the pipeline outer ring that is two scrollworks distributions is that pipeline is exported into distolateral, is provided with fluid intake (111) and fluid issuing (112), and the fluid circuit at nearly scroll center is the pipeline steering structure (103) of reverse turning as transmitting fluid;
Above-mentioned fluid circuit (101) is constituted by being serial or parallel connection more than one the road or one the tunnel, and each pipeline is one or more pair of scrollwork arranged distribution;
Above-mentioned fluid circuit (101) is included as and is that parallel or approximately parallel flat shape or three-dimensional shape are laid in heat absorption or the heat release temperature can be transmitted body (100).
2. the temperature difference fluids that is two scrollwork pipelines as claimed in claim 1 is inhaled the heat release device, it is characterized in that, described heat absorption or heat release temperature can be transmitted body (100) and fluid circuit (101) and can be following one or more structural relation and constitute:
1) can transmit body (100) by heat absorption or heat release temperature is constituted with the structure that fluid circuit (101) is combination;
2) can transmit body (100) by heat absorption or heat release temperature is constituted with the structure that fluid circuit is one;
3) directly constitute heat absorption or heat release temperature by fluid circuit (101) and can transmit the function of body (100);
4) fluid circuit (101) add and adjacent tubes between the disjunct warm sheet (300) of independently leading, constitute heat absorption or heat release temperature and can transmit the function of body (100);
5) between adjacent fluid pipeline (101), be connected, constitute heat absorption or heat release temperature and can transmit the function of body (100) to lead warm sheet (400) jointly;
6) the warm sheet (350) of leading with tool thermal insulation slotted eye is connected between adjacent fluid pipeline (101), constitutes heat absorption or heat release temperature and can transmit the function of body (100).
3. the temperature difference fluids that is two scrollwork pipelines as claimed in claim 1 is inhaled the heat release device, it is characterized in that, described heat absorption or heat release temperature can be transmitted body (100): by being made of solid-state or colloidal state or liquid or gaseous state Heat Conduction Material, above-mentioned heat absorption or heat release temperature can be transmitted body (100) and can be one or more and constitute;
Described fluid circuit (101): by being constituted with good heat conducting material, fluid circuit (101) is for being parallel or approximately parallel pair of scrollwork pipeline structure, and being arranged as with the tool temperature difference and being that various flows is two scrollwork pipeline structures from an adjacent tubes to the pipeline of carrying temperature difference fluids;
It is pipeline steering structure (103) that described fluid circuit is the pipeline outer ring that two scrollworks distribute, and the fluid circuit at nearly scroll center is output that reverse turning is provided as the pipeline of transmitting fluid and goes into distolaterally, is provided with fluid intake (111) and fluid issuing (112);
Above-mentioned fluid circuit (101) is made of the fluid circuit that is serial or parallel connection more than a road or a tunnel, and is one or more pair of scrollwork arranged distribution;
Above-mentioned fluid circuit (101) is included as and is that parallel or approximately parallel flat shape or three-dimensional shape are laid in heat absorption or the heat release temperature can be transmitted body (100).
4. the temperature difference fluids that is two scrollwork pipelines as claimed in claim 1 is inhaled the heat release device, it is characterized in that, described heat absorption or heat release temperature can be transmitted body (100): by being made of solid-state or colloidal state or liquid or gaseous state Heat Conduction Material, above-mentioned heat absorption or heat release temperature can be transmitted body (100) and can be one or more and constitute;
Described fluid circuit (101): by being constituted with good heat conducting material, fluid circuit (101) is for being parallel or approximately parallel pair of scrollwork pipeline structure, and being arranged as with the tool temperature difference and being that various flows is two scrollwork pipeline structures from an adjacent tubes to the pipeline of carrying temperature difference fluids;
The pipeline outer ring that described fluid circuit is two scrollworks distributions is pipeline steering structure (103), the pipeline that is two scrollworks distributions is gone into distolateral near the interlude of avris as output, be provided with fluid intake (111) and fluid issuing (112), and the fluid circuit at nearly scroll outermost and scroll center is the pipeline steering structure (103) that reverse turning is provided as transmitting fluid;
Above-mentioned fluid circuit (101) is made of the fluid circuit that is serial or parallel connection more than a road or a tunnel, and is one or more pair of scrollwork arranged distribution;
Above-mentioned fluid circuit (101) is included as and is that parallel or approximately parallel flat shape or three-dimensional shape are laid in heat absorption or the heat release temperature can be transmitted body (100).
5. the temperature difference fluids that is two scrollwork pipelines as claimed in claim 1 is inhaled the heat release device, it is characterized in that, except that transmitting the warm energy of body (100) transmission by heat absorption or heat release temperature, also can be parallel or approaching parallel flat shape or three-dimensional shape arrangement laying by fluid circuit (101), and directly constitute structure, for by being the gaseous fluid of the temperature difference, or fluid liquid, or by the liquid fluid of gaseous state commentaries on classics, or by liquid state change gaseous state fluid constituted leads warm fluid (110), directly to accept the solid-state of heat release or heat absorption to passive, or colloidal state, or it is liquid, or gaseous substance or space (200) are made heat release and are discharged heat energy, or cold energy is discharged in heat absorption.
6. the temperature difference fluids that is two scrollwork pipelines as claimed in claim 1 is inhaled the heat release device, it is characterized in that, passively in the described heat sink accept the solid-state of heat release or heat absorption, or colloidal state, or it is liquid, or gaseous substance or space (200), contain by fluid circuit (101) with the structural relation of fluid circuit (101) and to accept the solid-state of heat release or heat absorption with passive, or colloidal state, or it is liquid, or gaseous substance or space (200) directly constitute the common structure body, and accept the solid-state of heat release or heat absorption to passive, or colloidal state, or it is liquid, or gaseous substance or space (200) transmission temperature energy; Wherein:
Relevant fluid circuit is made and is parallel or lays near parallel flat shape or three-dimensional shape, constitutes for transmission is passive to accept the pipeline structure body (100 ') that warm fluid is led in heat release or heat absorption.
7. the temperature difference fluids that is two scrollwork pipelines as claimed in claim 1 is inhaled the heat release device, it is characterized in that, can fluid circuit (101) and/or the passive confession of accepting heat release or heat absorption by leading warm fluid fluid circuit (101) and/or accept heat release or heat absorption and lead the pipeline structure body (100 ') of warm fluid and add and independently lead warm sheet (300) for transmission is passive, and/or be provided with and lead warm sheet (400) jointly, and/or tool thermal insulation slotted eye is set lead warm sheet (350).
8. the temperature difference fluids that is two scrollwork pipelines as claimed in claim 1 is inhaled the heat release device, it is characterized in that,
Above-mentioned bidirectional fluid pump moves device (600), by the control device (500) that receiver electric installation or electronic installation or micro computer and related software are constituted is controlled, and makes periodic positive and reverse pumping.
9. the temperature difference fluids that is two scrollwork pipelines as claimed in claim 1 is inhaled the heat release device, it is characterized in that, fluid circuit (101) and/or accept the pipeline structure body (100 ') that warm fluid is led in heat release or heat absorption for transmission is passive can transmit body (100) for being integral structure with heat absorption or heat release temperature.
10. the temperature difference fluids that is two scrollwork pipelines as claimed in claim 1 is inhaled the heat release device, it is characterized in that, fluid circuit (101) and/or accept heat release or heat absorption and lead the pipeline structure body (100 ') of warm fluid and can transmit body (100) with heat absorption or heat release temperature for transmission is passive can be by being made of fabricated structure.
11. the temperature difference fluids that is two scrollwork pipelines as claimed in claim 1 is inhaled the heat release device, it is characterized in that, be incorporated into fluid circuit (101) and/or accept the pipeline structure body (100 ') that warm fluid is led in heat release or heat absorption for transmission is passive, can transmit body (100) with heat absorption or heat release temperature, can constitute by single group of structure body according to need and be construction unit tabular or block or that the multiple wing shape is constituted, or the construction unit that forms with sail combination, and can be constituted by at least one construction unit.
12. the temperature difference fluids that is two scrollwork pipelines as claimed in claim 1 is inhaled the heat release device, it is characterized in that, can be formed by one or more, and between its indivedual affiliated fluid circuits, can be to be and connect or parallel connection or connection in series-parallel, and can be made into various geometries.
13. the temperature difference fluids that is two scrollwork pipelines as claimed in claim 1 is inhaled the heat release device, it is characterized in that, by fluid circuit (101) and/or for transmission passive accept heat release or heat absorption lead warm fluid pipeline structure body (100 ') lead warm fluid (110), contain to carry and lead warm fluid (110) in the mode of pumping and/or evaporation and/or cold and hot free convection.
14. the temperature difference fluids that is two scrollwork pipelines as claimed in claim 1 is inhaled the heat release device, it is characterized in that, can borrow the cold and hot temperature difference of fluid make free convection and/or the moving fluid of forcing pump producing the hot transfer function of convection current and/or radiation and/or conduction, so that the passive solid-state or colloidal state of accepting heat release or heat absorption that is fluid state or liquid or gaseous substance or space (200) are disengaged heat energy or cold energy; Or borrow conduction pattern to accept the solid-state or colloidal state of heat release or heat absorption or heat energy or cold energy are disengaged in object or space (200) of liquid or gaseous state to passive.
15. the temperature difference fluids that is two scrollwork pipelines as claimed in claim 1 is inhaled the heat release device, it is characterized in that, by fluid circuit (101) and/or for transmission passive accept heat release or heat absorption lead warm fluid pipeline structure body (100 ') lead warm fluid (110), contain and be the sealing flow circuit, or do open mobile disengaging.
16. the temperature difference fluids that is two scrollwork pipelines as claimed in claim 1 is inhaled the heat release device, it is characterized in that, the fluid intake of each fluid circuit and fluid issuing can be arranged at same sensing or the different sensing in the sensing of three-dimensional space.
17. the temperature difference fluids that is two scrollwork pipelines as claimed in claim 1 is inhaled the heat release device, it is characterized in that, fluid circuit comprises by tubular structure and being constituted, and/or constituted, and/or constituted by block structure with the channel-like fluid circuit that flows for fluid by en plaque structure with the fluid circuit that flows for fluid.
CN200920173965.5U 2009-10-22 2009-10-23 Heat absorbing and releasing device with double-scroll pipelines for temperature-difference flow Expired - Fee Related CN201637315U (en)

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US12/588,635 US20110094718A1 (en) 2009-10-22 2009-10-22 Heat absorbing or dissipating device with double-scroll piping transmitting temperature difference fluid
CN200920173965.5U CN201637315U (en) 2009-10-22 2009-10-23 Heat absorbing and releasing device with double-scroll pipelines for temperature-difference flow

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CN102042773A (en) 2011-05-04
SG170692A1 (en) 2011-05-30
BRPI1004119A2 (en) 2013-02-26
RU2010143270A (en) 2012-04-27
KR20110044150A (en) 2011-04-28
AU2010235927A1 (en) 2011-05-12
TW201115094A (en) 2011-05-01
EP2314969A2 (en) 2011-04-27
CA2717853A1 (en) 2011-04-22
JP2011089762A (en) 2011-05-06
EP2314969A3 (en) 2011-07-06
JP3165398U (en) 2011-01-20
US20110094718A1 (en) 2011-04-28

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